Editorial for Special Issue “Automation and Robotics: Latest Achievements, Challenges and Prospects”

The paper deals with the issue of the mixed-reality usage in the design of production systems, its changes during expansion, or technological changes in the production, where it is necessary to flexibly and quickly verify the integration of a new machine into the existing layout and eliminate collision situations even before the installation of a physical machine in production. This is realized through Vumark’s design methodology, which was verified and applied in the conditions of the production environment of the Innovation and Prototyping Centre in the Faculty of Mechanical Engineering at the Technical University of Kosice. The individual parts of the paper describe the Vumark deployment procedure in the production area and the software and hardware resources that the user can apply. Three production machines and one robotic device selected from the Factory design software database were chosen for the experiment. The chosen method enables us to verify during the experiment several variants of deployment the machines in the layout and thus to find the optimal location in a very short time. The experiment showed that the chosen method is applicable in practice and brings savings of time, costs, and energy especially when changing the layout or replacing the machine in the production hall.

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Vumark’s Method of Production Layout Designing

Kováč

Malega

Rudy

et al. 2023

Applied Sciences

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Smart Electric Three-Wheeled Unit for the Manufacturing Industry

Kováč,

Malega,

Svetlík

2024

Applied Sciences

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This article presents the design of a smart three-wheeled unit for the manufacturing industry with the aim of optimizing and automating internal logistical processes. It presents an innovative solution that combines the advantages of mobility, intelligent transportation technology, and smart devices to ensure the efficient movement of materials and raw materials in manufacturing facilities. The article describes the design, production, and testing of the tricycle in a real manufacturing environment of the production system and the testing of the proposed smart devices. It evaluates the advantages of the electric smart tricycle, including increased efficiency, reduced costs, and more flexible production processes. The results of this study suggest that the intelligent three-wheeled unit represents a promising technological innovation with the potential to increase competitiveness and productivity in manufacturing enterprises.

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Editorial for Special Issue “Automation and Robotics: Latest Achievements, Challenges and Prospects”

Abstract: The determination of this Special Issue topic in the field of automation and robotics was well received by the community of scientists and researchers [...]

Cited by 2 publications

References 16 publications

Vumark’s Method of Production Layout Designing

Vumark’s Method of Production Layout Designing

Smart Electric Three-Wheeled Unit for the Manufacturing Industry

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